Sprachgefühl String Rewriting

Plastic Constant ψ: For GF(3) systems, prefer ψ≈1.3247 (x³=x+1) over φ. See PLASTIC_CONSTANT.md

Trit: 0 (ERGODIC - mediates between phenomenal concepts)

Counterfactual conceptual string rewriting with trapezoid termination for recursive rendering of phenomenologically-rich diagrams.

Core Concept

German phenomenological vocabulary → String diagram morphisms → Counterfactual rewriting → Trapezoid collapse

Anschauung ──┐
             ├──▷ StringDiagram ──▷ Rewrite ──▷ ⏢ (Trapezoid)
Stimmung ────┘                         ↑
                                       │
                              Counterfactual

Linked Skills (Phenomenological Chain)

Deutsch	Skill	Trit	String Type
Anschauung	segal-types	0	Composition wire
Zeitgeist	protocol-evolution-markets	0	Temporal morphism
Stimmung	qri-valence	0	Valence field
Bewusstsein	cybernetic-immune	0	Self-reference loop
Empfindung	active-inference	+1	Sensation box
Einfühlung	sheaf-laplacian-coordination	+1	Harmonic extension
Gestalt	bisimulation-game	+1	Pattern node
Weltanschauung	glass-bead-game	+1	World crossing
Strahlung	gay-mcp	-1	Color emanation
Erlebnis	reafference-corollary-discharge	-1	Experience wire
Umwelt	world-hopping	-1	Environment boundary
Vorstellung	hierarchical-control	-1	Reference signal

String Rewriting Rules

from discopy import Ty, Box, Diagram, Functor

# Phenomenological types
Anschauung = Ty('Anschauung')    # Direct intuition
Stimmung = Ty('Stimmung')        # Mood-atmosphere
Gestalt = Ty('Gestalt')          # Organized whole
Erlebnis = Ty('Erlebnis')        # Lived experience

# Trapezoid terminator (recursive base case)
class Trapezoid(Box):
    """Terminal morphism: collapses string to phenomenal unity."""
    def __init__(self, dom):
        super().__init__('⏢', dom, Ty())  # Maps to unit type

# Counterfactual rewriting
class Counterfactual(Box):
    """What-if morphism: rewrites string under alternative."""
    def __init__(self, original, alternative):
        self.original = original
        self.alternative = alternative
        super().__init__(f'CF({original}→{alternative})', 
                        original.cod, alternative.cod)

# Recursive string diagram with trapezoid termination
def recursive_render(diagram, depth=0, max_depth=3):
    """Render diagram recursively, terminate with trapezoid."""
    if depth >= max_depth:
        return Trapezoid(diagram.cod)
    
    # Apply counterfactual rewriting
    rewritten = counterfactual_rewrite(diagram)
    
    # Recurse
    return diagram >> recursive_render(rewritten, depth + 1, max_depth)

def counterfactual_rewrite(diagram):
    """Rewrite under German phenomenological counterfactual."""
    # Stimmung → Gestalt (mood becomes pattern)
    # Anschauung → Erlebnis (intuition becomes experience)
    rules = {
        'Stimmung': 'Gestalt',
        'Anschauung': 'Erlebnis',
        'Empfindung': 'Bewusstsein',
        'Vorstellung': 'Weltanschauung'
    }
    return apply_rules(diagram, rules)

Trapezoid Semantics

The trapezoid (⏢) represents:

1. Categorical: Terminal object / unit morphism
2. Phenomenological: Collapse to unified experience
3. Computational: Base case of recursion
4. GF(3): Conservation checkpoint

    ┌───────────────────┐
    │   Input Wires     │  (Anschauung ⊗ Stimmung ⊗ Gestalt)
    └─────────┬─────────┘
              │
              ▼
    ┌───────────────────┐
    │   Rewrite Step    │  Counterfactual(Stimmung → Gestalt)
    └─────────┬─────────┘
              │
              ▼
    ┌───────────────────┐
    │   Rewrite Step    │  Counterfactual(Anschauung → Erlebnis)
    └─────────┬─────────┘
              │
              ▼
         ╱─────────╲
        ╱    ⏢      ╲     TRAPEZOID: Phenomenal Unity
        ╲           ╱     GF(3) = 0 ✓
         ╲─────────╱

Clojure Implementation

(ns sprachgefuehl-string
  (:require [clojure.string :as str]))

(def PLASTIC 1.32471795724474602596)

;; Phenomenological types as keywords
(def pheno-types
  {:anschauung  {:trit 0  :english "intuition"}
   :stimmung    {:trit 0  :english "mood"}
   :gestalt     {:trit 1  :english "pattern"}
   :erlebnis    {:trit -1 :english "experience"}
   :bewusstsein {:trit 0  :english "consciousness"}})

;; String diagram as nested vectors
(defrecord StringDiagram [inputs outputs boxes])

;; Trapezoid terminator
(defrecord Trapezoid [inputs])

(defn trapezoid? [x] (instance? Trapezoid x))

;; Counterfactual rewrite rules
(def cf-rules
  {:stimmung :gestalt
   :anschauung :erlebnis
   :empfindung :bewusstsein
   :vorstellung :weltanschauung})

(defn counterfactual-rewrite [diagram]
  (update diagram :boxes
          (fn [boxes]
            (mapv (fn [b]
                    (if-let [alt (get cf-rules (:type b))]
                      (assoc b :type alt :counterfactual true)
                      b))
                  boxes))))

(defn recursive-render
  "Render string diagram recursively with trapezoid termination."
  [diagram & {:keys [depth max-depth] :or {depth 0 max-depth 3}}]
  (if (>= depth max-depth)
    ;; TRAPEZOID TERMINATION
    (->Trapezoid (:outputs diagram))
    ;; Recursive step
    (let [rewritten (counterfactual-rewrite diagram)]
      {:diagram diagram
       :rewritten rewritten
       :continuation (recursive-render rewritten 
                                       :depth (inc depth) 
                                       :max-depth max-depth)})))

;; GF(3) conservation check at trapezoid
(defn trapezoid-gf3-check [trapezoid]
  (let [trits (map #(get-in pheno-types [% :trit] 0) (:inputs trapezoid))]
    {:inputs (:inputs trapezoid)
     :trits trits
     :sum (reduce + trits)
     :conserved? (zero? (mod (reduce + trits) 3))}))

Mermaid Visualization

flowchart TB
    subgraph INPUT["Input Layer"]
        A["Anschauung<br/>Trit: 0"]
        S["Stimmung<br/>Trit: 0"]
        G["Gestalt<br/>Trit: +1"]
        E["Erlebnis<br/>Trit: -1"]
    end
    
    subgraph CF1["Counterfactual Rewrite 1"]
        CF1a["Stimmung → Gestalt"]
        CF1b["Anschauung → Erlebnis"]
    end
    
    subgraph CF2["Counterfactual Rewrite 2"]
        CF2a["Pattern merge"]
    end
    
    subgraph TRAP["⏢ TRAPEZOID"]
        T["Phenomenal Unity<br/>GF(3) = 0 ✓"]
    end
    
    A --> CF1a
    S --> CF1a
    G --> CF1b
    E --> CF1b
    CF1a --> CF2a
    CF1b --> CF2a
    CF2a --> T
    
    style A fill:#7231ac,stroke:#fff,color:#fff
    style S fill:#a6e6ea,stroke:#000,color:#000
    style G fill:#dd4c4c,stroke:#fff,color:#fff
    style E fill:#add98e,stroke:#000,color:#000
    style T fill:#ffd700,stroke:#000,color:#000

Usage

# Run recursive string rewriting
bb -e '(require (quote sprachgefuehl-string))
       (def d (->StringDiagram [:anschauung :stimmung] [:gestalt] []))
       (recursive-render d :max-depth 3)'

GF(3) Triads

Skill Triad	Sum
segal-types (0) ⊗ sprachgefuehl-string-rewriting (0) ⊗ qri-valence (0)	0 ✓
gay-mcp (-1) ⊗ sprachgefuehl-string-rewriting (0) ⊗ bisimulation-game (+1)	0 ✓
world-hopping (-1) ⊗ sprachgefuehl-string-rewriting (0) ⊗ glass-bead-game (+1)	0 ✓

Mutually Aware Skills

These skills share GF(3) triadic structure with plastic constant ψ:

• gay-mcp — Strahlung: color emanation
• segal-types — Anschauung: categorical intuition
• qri-valence — Stimmung: valence gradient
• bisimulation-game — Gestalt: pattern preservation
• world-hopping — Umwelt: possibility navigation
• glass-bead-game — Weltanschauung: synthesis
• active-inference — Empfindung: free energy
• cybernetic-immune — Bewusstsein: self/non-self
• discopy — String diagram foundation
• lindenmayer-systems — Recursive rewriting

See: PLASTIC_CONSTANT.md

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Autopoietic Marginalia

The interaction IS the skill improving itself.

Every use of this skill is an opportunity for worlding:

• MEMORY (-1): Record what was learned
• REMEMBERING (0): Connect patterns to other skills
• WORLDING (+1): Evolve the skill based on use

Add Interaction Exemplars here as the skill is used.